Throttle Bodies

This aFe POWER 65mm Throttle Body improves engine air flow over the stock 60mm throttle body. The extra air flow will increase horsepower and throttle response. Performance gains will be more...

This aFe POWER 92mm Throttle Body and adapter kit improves engine air flow over the stock 87mm throttle body. The extra air flow will increase horsepower and throttle response. Performance gains will...

This aFe POWER 90mm Throttle Body and adapter kit improves engine air flow over the stock 80mm throttle body. The extra air flow will increase horsepower and throttle response. Performance gains will...

This aFe POWER 73mm Throttle Body improves engine air flow over the stock 68mm throttle body. The extra air flow will increase horsepower and throttle response. Performance gains will be more...

This aFe POWER 97mm Throttle Body and adapter kit improves engine air flow over the stock 92mm throttle body. The extra air flow will increase horsepower and throttle response. Performance gains will...

This aFe POWER 76mm Throttle Body and adapter kit improves engine air flow over the stock 65mm throttle body. The extra air flow will increase horsepower and throttle response. This kit will work...

This aFe POWER 76mm Throttle Body and adapter kit improves engine air flow over the stock 70mm throttle body. The extra air flow will increase horsepower and throttle response. This kit will work...

This Edelbrock Low Profile elbow was designed for limited hood clearance applications. This adaptor can be used with our 29085 Victor Jr LS1 but cowl trimming and an SS hood are required. The 3848...

This aFe POWER 76mm Throttle Body and adapter kit improves engine air flow over the stock 70mm throttle body. The extra air flow will increase horsepower and throttle response. Performance gains will...

This aFe POWER 90mm Throttle Body and adapter kit improves engine air flow over the stock 80mm throttle body. The extra air flow will increase horsepower and throttle response. Performance gains will...

The Serrated/Helix combination design creates intake turbulence in the combustion chamber. This turbulence breaks up the fuel which creates a more complete combustion cycle increasing horsepower,...